Just weeks before his treacherous 208-mile hike to the South Pole, sources have confirmed that Prince Harry has broken one of his toes!!

The injury comes right in the middle of his training for the expedition to raise money for wounded soldiers, and while insiders won't reveal how and when he suffered his boo boo, they say he has NO plans to sit out on the hike!

One source says:

"He will not be revealing how it happened, it is a private matter. However, there is no doubt about the South Pole trek. He will definitely be going."

Toe injuries aren't easy to treat, and in some cases people can be sidelined for months.

However, Prince Harry isn't planning on sitting out his 16-day journey that he's already put a TON of work into!

His toe isn't the only thing he'll have to worry about, considering temperature will drop as low as -40C! However, it's all going for a GREAT cause as he's hoping to raise more than $3 million for wounded soldiers!

3 comments to “Prince Harry Breaks His Toe Just WEEKS Before His Hike To The South Pole!”

There'd be no way he'd sit it out, he's doing it with wounded soldiers after all! A little broken toe is nothing especially compared to those doing it with one arm or leg! I watched when he did this with other troops to the North Pole, he wasn't there for the whole thing but the troops were so inspiring.

I thought a broken toe was no big deal either but when I broke mine I couldn't get my shoe on. Its painful as hell, you can't put pressure on it and nothing could touch IT and its quite miserable. There really is nothing you can do with it, I taped mine to the other toes. Its one of those things you don't think about until you do it.

This isn't the first time the 39-year-old's figure has caused controversy. As we reported in January, the American Pie stunner was accused of using Photoshop to make her already narrow waist even smaller.

Reid has admitted to getting plastic surgery in the past to make changes to her abdominal area and breasts -- but the actress asserts that she naturally has a lean shape.